Bampi plug-in check valve with 1 plate diameter 125 mm BVALV125


BAM BVALV125 8027028042562

Bampi plug-in backflow preventer valve with 1 plate for water drainage with the following characteristics:

 

  • Diameter: 125 - 125.4 - 137.1 (D-D1-D2)
  • Dimensions: 3.2x68x318x10.4x7x35 mm (S-L1-L2-G-B-A)
  • Height: 227 mm
  • Weight: 235 grams


     

The backflow preventer valve protects the home from flooding, ensuring proper water outflow and preventing backflow.

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Bampi plug-in check valve with 1 plate diameter 125 mm BVALV125

€94.59
€94.59

Bampi plug-in check valve with 1 plate diameter 125 mm BVALV125

€94.59
Tax included

Bampi plug-in check valve with 1 plate diameter 125 mm BVALV125

€94.59

Buy it within and receive it from Monday, 11 November
Two-year warranty
Easy return within 14 days

The backflow preventer valve finds its place in a dedicated accessible and inspectable sump. Its role is to create an effective barrier to any backflow from the sewer system during any possible overflow event. The backflow preventer valve is equipped with a stainless steel plate that is tilted in the direction of the water outflow from the building to the sewer system. In the event of a backflow, the plate closes mechanically with the thrust of the water. The plate, acting on a special lever, can be permanently hermetically locked.

 

The backflow preventer valve is provided when designing and sizing the building drainage system according to UNI 12056-3. Also, its use is absolutely recommended in existing buildings, where it is possible to work on the sewer connection pipe and there is physical space to make a manhole to accommodate the valve.

 

The backflow preventer valve must be approved in accordance with European standard EN 13564-1:2003, which guarantees its requirements, such as: outflow effectiveness, non-deformability, strength, hydraulic tightness, connection compliance, and correct opening/closing actuation.

 

Knowing the principle of communicating vessels, according to which water tends to maintain the same level in all branches of a hydraulic circuit, when we talk about backflow, we define the maximum level of water in a hydraulic circuit beyond which outflow from the circuit occurs. For this reason, if sanitary utilities are below the backflow level (tending to be basements, cellars, garages, but also residential rooms that are below street level in any case), flooding may occur during sewer overflow. Reasons for the backflow effect may be as follows:

  • An improperly sized sewer network
  • High hydraulic flow rates determined by short but very intense rainfall events
  • Increased rainfall volumes channeled by collectors in relation to building increase and urbanization
  • Water overload due to contemporary peaks in areas of high urban density
  • Malfunctions and occlusions downstream of the sewer system.
  • Backflow protection applies both where a separation of white and black water has been adopted and where there is mixed water

Data sheet

Diameter:
125mm
Type:
Non-return valves